Philips 882478 User Manual Product Brochure Bright View SPECT/CT Ready System 0f7f7c74320a4494a136a77c0157661e
User Manual: Philips 882478 Product Brochure Philips BrightView SPECT/CT ready system Philips - BrightView X SPECT/CT ready system882478
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Fits you like no other BrightView X and XCT specifications The new BrightView X system is a fully featured variableangle camera that is field-upgradeable to BrightView XCT without any increase in room size or power requirements. Designed to put patients first, the system is easy to use, fast and reliable with exceptional image quality. BrightView X is differentiated by exclusive CloseUp high resolution technologies. Surprisingly compact given its capabilities, the heart of BrightView XCT is the unique integration of BrightView X with advanced Philips flat-panel X-ray technology. Substantial clinical advantages include co-planar SPECT and CT with no table index between acquisitions in many cases, flexible CT breathing protocols optimized for localization and attenuation correction, and high resolution at low CT dose levels. All of this is possible without changing the way you like to work or your patients’ comfort. Fully supported by the resources of Philips services, Philips offers you comprehensive support and training throughout the life of your system, giving you knowledge and experience to make the most of BrightView X and XCT from day one. BrightView X and XCT specifications Camera characteristics JETStream acquisition Gantry dimensions 210 cm H x 212 cm W x 97 cm D Mobile acquisition console Weight (without collimators) BrightView X: 1936 kg (4260 lb) BrightView XCT: 2045 kg (4500 lb) 18˝ flat LCD monitor, keyboard and trackball or mouse Spectrum analyzers 16 (with overlap) Power requirements 480 VAC, 50A, three phase Energy range 56 – 920 keV Window adjustment 1% to entire energy range Spectrum display Color-coded, graphical, fully interactive Total heat dissipation (typical) BrightView X: 2850 BTU/hr BrightView XCT: 6831 BTU/hr Gantry aperture 36" (91.4 cm) Caudal-cephalic tilt ± 15° Count capacity 32K per channel Co-planar CT and SPECT* Axial fields-of-view overlap by 14 cm Preset count or time 1 ct. to 2 billion cts., l sec. to >1,000 min. Image orientation 0°, 90°, 180°, and 270° Patient position display 2 sec. to infinity, decay-based persistence or fixed refresh Up to 15 simultaneous data sets from a single acquisition Patient table Dimensions 243 cm L x 47.5 cm W Pallet type Carbon fiber Thickness 0.38˝ (9.5 mm) Attenuation <7% @ 140 keV Pallet dimensions 83.5˝ L x 15˝ W (212 cm x 38.1 cm) XCT physical assembly* Height (from floor) 26˝ to 40˝ (66.0 cm – 102.8 cm) Type of detector Weight capacity 500 lb (227 kg) Digital amorphous silicon, columnar CsI scintillator Detector size 30 cm x 40 cm Detector pixel 0.2 mm x 0.2 mm Number of elements 3,145,728 Generator output 10 kW, pulsed (2 msec. to continuous) kVp 120 rotating anode Total body Scan length + UFOV 78.7˝ + 16˝ (200 cm + 40.6 cm) Scan speed 0.5–75 in/min. (1–190 cm/min.) Emission tomography Concurrent imaging ECT rotation 540° mA 5 – 80 Angular sampling 1.4° to 90° Max. anode storage capacity 600 kHU Speed of rotation 5.0 rpm Max. anode cooling rate 1350 HU/sec. Scan diameter (with LEGP) <4˝ – 29.5˝ (<10.2 cm – 75 cm) Focal spot 0.4 mm ECT manual rotation speeds 0.5 and 1.33 rpm Detector relative positions 90° and 180° Detector XCT performance* Axial field-of-view 14 cm in a single 360º rotation Maximum rotation speed 12 seconds for 360º rotation Maximum axial range 172 cm Transaxial field-of-view 47 cm Spatial resolution > 15 lp/cm @ 10% MTF Low contrast resolution 5 mm @ 0.5% on 20 cm CATPHAN phantom with 40 mm slice thickness True energy independence Fixed high voltage Universal flood calibration One flood for all radionuclides (up to 300 keV) Non-anger digital detector 1 ADC/PMT Field of view (rectangular) 16˝ x 21.25˝ (40.6 cm x 53.9 cm) Crystal thickness 0.375˝ (9.5 mm) or 0.75˝ (19.1 mm) Photomultiplier tubes 59 Absorption range -1000 to +3000 Hounsfield units Lead shielding 364 keV Number of slices 140 slices @ 1 mm thickness Brain reach 2.9˝ (7.4 cm) Slice thickness Variable from 0.33 mm to 2.0+ mm Cardiac dead space 0.9˝ (2.4 cm) Scan or display matrix 256 and 512 Variable magnification 1.0x, 1.46x, 1.85x, 2.19x Reconstruction time < 1 min for one CT field-of-view Collimator exchange system and storage CTDI body dose levels (for typical patient)* (for typical patient)* VOL Exchanger type Semi-automatic Extremities 15 mGy +/- 20% Collimator storage Cart based up to 11 units (5 pairs and 1 pinhole) Body (localization) 6.5 mGy +/- 20% Collimator types LE, ME, HE, pinhole Cardiac (attenuation correction) 0.5 mGy +/- 0.2 mGy Note: Specifications subject to change. * Applies to BrightView XCT only BrightView X and XCT detector specifications 3/4˝ (19.1 mm) crystal NEMA1 Intrinsic spatial resolution Integral Differential UFOV 4.3 mm 8.2 mm UFOV 9.8% UFOV 0.6 mm 0.2 mm UFOV ± 2.5% ± 2.0% FWHM without scatter FWTM without scatter FWHM with scatter FWTM with scatter NEMA 7.9 mm 14.8 mm 8.3 mm 17.2 mm Astonish** 5.8 mm 10.3 mm 5.8 mm 11.0 mm Central transaxial Central axial Peripheral radial Peripheral tangential Peripheral axial NEMA 10.7 mm 11.3 mm 10.9 mm 9.4 mm 11.2 mm Astonish* 5.2 mm 5.4 mm 5.0 mm 5.1 mm 5.4 mm FWHM FWTM Intrinsic energy resolution Intrinsic spatial linearity Intrinsic flood field uniformity3 System spatial resolution (LEHR) @ 10 cm SPECT reconstructed spatial resolution (LEHR) without scatter @ 15 cm radius Whole body system spatial resolution @ 10 cm without scatter, 10 cm/min scan speed Volume sensitivity per axial centimeter (LEHR) Intrinsic spatial resolution @ 75 Kcps Intrinsic detector count rate performance +/- 10% System sensitivity (LEGP) ± 7% Multiple window spatial registration Detector-detector sensitivity variation (LEHR,TC-99m) Typical2 Absolute Differential Parallel LEHR Perpendicular LEHR ± 7% FWHM FWTM FWHM 8.4 mm 8.3 mm UFOV 12900 (cts/sec) (MBq/cm2) UFOV 4.8 mm 9.1 mm Output 20% loss Max count rate UFOV 311 cpm/μCi UFOV 0.8 mm UFOV 5% CFOV 4.3 mm 8.2 mm CFOV 0.4 mm 0.2 mm CFOV ± 2.2% ± 1.5% FWTM 15.5 mm 15.3 mm UFOV 4.0 mm 7.8 mm UFOV 9.5% UFOV 0.25 mm 0.04 mm UFOV ± 2.0% ± 1.4% Astonish** 5.9 mm 5.9 mm CFOV 4.0 mm 7.2 mm CFOV 0.13 mm 0.04 mm CFOV ± 1.7% ± 1.3% Astonish** 10.9 mm 10.9 mm UFOV 12900 (cts/sec) (MBq/cm2) UFOV N/A N/A UFOV 300 Kcps 350 Kcps UFOV 311 cpm/μCi UFOV 0.6 mm UFOV 1% ** Astonish – Reconstruction method with 2 iterations and 32 subsets. Values subject to change. ** Planar Astonish – calculated values 1. Specifications are NEMA NUI – 2001 method of measurement with a 20% energy window. Values to be used for acceptance testing. 2. Represents calculated values derived from measured 3.8" (9.5 mm) crystal values and/or limited sampling 3/4" (19.1 mm) crystal values. Values not to be used for acceptance testing. 3. Measured using a pixel size of 9.3 mm. Note: Specifications subject to change. BrightView X and XCT detector specifications 3/8˝ (9.5 mm) crystal NEMA1 Intrinsic spatial resolution Integral Differential UFOV 3.3 mm 6.3 mm UFOV ≤ 9.6% UFOV 0.50 mm 0.10 mm UFOV ± 2.5% ± 2.0% FWHM without scatter FWTM without scatter FWHM with scatter FWTM with scatter NEMA 7.4 mm 14.0 mm 7.8 mm 16.5 mm Astonish** 5.1 mm 9.0 mm 5.1 mm 9.8 mm Central transaxial Central axial Peripheral radial Peripheral tangential Peripheral axial NEMA 10.3 mm 10.9 mm 10.5 mm 9.0 mm 10.8 mm Astonish* 4.3 mm 4.3 mm 3.8 mm 3.7 mm 3.7 mm FWHM FWTM 8.0 mm 14.7 mm 7.9 mm 14.5 mm UFOV 11500 (cts/sec) (MBq/cm2) UFOV 3.8 mm 7.3 mm Astonish** Astonish** 5.3 mm 9.7 mm 5.3 mm 9.7 mm UFOV 11500 (cts/sec) (MBq/cm2) UFOV 3.6 6.9 UFOV 300 Kcps 350 Kcps UFOV 277 cpm/μCi UFOV 0.4 mm UFOV 1% FWHM FWTM Intrinsic energy resolution Intrinsic spatial linearity Intrinsic flood field uniformity3 System spatial resolution (LEHR) @ 10 cm SPECT reconstructed spatial resolution (LEHR) without scatter @ 15 cm radius Whole body system spatial resolution @ 10 cm without scatter, 10 cm/min scan speed Volume sensitivity per axial centimeter (LEHR) Intrinsic spatial resolution @ 75 Kcps Intrinsic detector count rate performance +/- 10% System sensitivity (LEGP) ± 7% Multiple window spatial registration Detector-detector sensitivity variation (LEHR,TC-99m) Typical2 Absolute Differential Parallel LEHR Perpendicular LEHR ± 7% FWHM FWTM CFOV 3.3 mm 6.3 mm CFOV 0.35 mm 0.09 mm CFOV ± 2.2% ± 1.5% Output 20% loss Max count rate UFOV 277 cpm/μCi UFOV 0.6 mm UFOV 5% UFOV 3.2 mm 6.1 mm UFOV 9.2% UFOV 0.18 mm 0.03 mm UFOV ± 2.0% ± 1.4% CFOV 3.1 mm 6.0 mm CFOV 0.10 mm 0.03 mm CFOV ± 1.6% ± 1.2% ** Astonish – Reconstruction method with 2 iterations and 32 subsets. Values subject to change. ** Planar Astonish – calculated values 1. Specifications are NEMA NUI - 2001 method of measurement with a 20% energy window. Values to be used for acceptance testing. 2. Same test conditions as NEMA specifications. Represents average factory test values. Values not to be used for acceptance testing. 3. Measured using a pixel size of 9.3 mm. Note: Specifications subject to change. BrightView X and XCT system performance BrightView X and XCT camera and collimator specifications Septa Length (mm) (mm) Const. Septa Sensitivity penetration Cpm/μCi (%) (keV) Spatial resolution system6 @ 0 cm @ 10 cm Type Hole shape Size (mm) LEGP HEX 1.40 0.180 24.7 Foil 2.1 140 2771 3.9 8.9 LEHR HEX 1.22 0.152 27 Foil 1.7 140 1681 3.7 7.4 CHR HEX 2.03 0.152 48 Foil 1.1 140 1651 4.2 7.8 MEGP HEX 3.40 0.86 58.4 Cast 6.1 300 212 5.3 10.9 HEGP HEX 3.81 1.73 58.4 Cast 4.2 364 106 5.7 12.1 HEPH ROUND 3.0 25.4 220.0 Cast — — 4 83 5 — — 4.0 25.4 220.0 Cast — — 4 139 — — 5.0 25.4 220.0 Cast — — 4 222 — — 2 3 5 5 LEGP Low energy general purpose 30 LEHR Low energy high resolution 35 CHR Cardiac high resolution 29 Sensitivity is for Tc-99m with 20% window, 9.5 mm thick crystal. Gallium-67 with 20% window 93 keV, 184 keV, 300 keV photo peaks. Sensitivity is for I-131. The pinhole collimator is rated for 364 keV and has 25.4 cm FOV at the crystal. 5 Relative sensitivity is for Tc-99m at 10 cm from the pinhole. 6 For 9.5 mm thick crystal. MEGP Medium energy general purpose 88 Note: Sensitivity numbers are NEMA Class Standards and are ±7%. HEGP High energy general purpose 128 HEPH High energy pinhole 131 Collimators Mass (kg)* 1 2 3 4 * These are the mass of the complete collimator. Note: Specifications subject to change. BrightView XCT minimum room layout 186" (15'6") 4724 mm 176.52" 4484 mm 5.48" 139 mm 4" 102 mm End of 2.0 m Table travel Customer-provided desktop. Philips-provided computer, monitor and keyboard. Exam Room Pivot point Detectors Gantry Power generator Wall-mount acquisition terminal UPS 75" 1905 mm Control 76.8" 1950.7 mm CL Table 68.92" 1751 mm CL Detector 1.8" 45.7 mm CL Source 72.92" 1852 mm BrightView X has the same room requirements except the X-ray power generator is not included. Environmental requirements for general equipment location Throughout the SPECT suite, the HVAC system must maintain the temperature between 16°C (60°F) to 24°C (75°F) with less than 5°C (10°F) variation per hour. Humidity must be between 20% to 75%. These requirements are 24 hours per day, 7 days per week. Please visit www.philips.com/brightviewxct © 2012 Koninklijke Philips Electronics N.V. All rights are reserved. Philips Healthcare reserves the right to make changes in specifications and/or to discontinue any product at any time without notice or obligation and will not be liable for any consequences resulting from the use of this publication. Philips Healthcare is part of Royal Philips Electronics www.philips.com/healthcare healthcare@philips.com Printed in The Netherlands 4522 962 87931 * Jul 2012 139" (11'7") 3530 mm Patient table
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xmp.iid:BA3A73AF102068118A6DF8A669E6FE48, xmp.iid:BE3A73AF102068118A6DF8A669E6FE48 History When : 2009:08:14 10:23:13+02:00, 2009:08:14 10:23:13+02:00, 2009:08:14 10:27:36+02:00, 2009:08:21 11:59:33+02:00, 2009:12:22 15:35:50+01:00, 2009:12:22 16:23:44+01:00, 2009:12:23 14:40:02+01:00, 2010:01:07 11:51:18+01:00, 2010:01:07 11:51:29+01:00, 2010:01:07 11:51:29+01:00, 2010:03:31 11:49:51+02:00, 2010:03:31 11:49:51+02:00, 2010:05:31 17:54:51+02:00, 2010:05:31 17:54:51+02:00, 2010:06:01 10:19:42+02:00, 2010:06:01 11:31:54+02:00, 2010:06:01 14:39:05+02:00, 2010:06:01 14:42:11+02:00, 2010:06:01 16:23:07+02:00, 2010:06:01 16:23:07+02:00, 2010:06:01 16:24:48+02:00, 2010:06:01 16:31:24+02:00, 2010:06:01 16:51:44+02:00, 2010:06:02 14:21:17+02:00, 2010:06:02 14:21:17+02:00, 2011:09:08 14:14:11+02:00, 2011:09:08 14:14:11+02:00, 2011:09:08 14:26:20+02:00, 2011:09:08 14:26:50+02:00, 2011:09:30 10:53:31+02:00, 2011:09:30 11:01:23+02:00, 2011:10:10 10:27:24+02:00, 2011:10:10 10:32:40+02:00, 2011:10:10 10:36+02:00, 2011:10:10 10:39:34+02:00, 2011:10:10 10:59:38+02:00, 2011:10:10 11:30:27+02:00, 2011:10:10 11:36:37+02:00, 2011:10:10 11:42:38+02:00, 2011:10:10 11:44:01+02:00, 2011:10:10 11:45:45+02:00, 2011:10:10 11:45:53+02:00, 2011:10:10 13:29:51+02:00, 2011:10:10 13:34:46+02:00, 2011:10:10 13:41:52+02:00, 2011:10:10 13:48:28+02:00, 2011:10:10 13:55:17+02:00, 2011:10:10 13:58:50+02:00, 2011:10:10 13:59:03+02:00, 2011:10:10 13:59:20+02:00, 2011:10:10 14:00:08+02:00, 2011:10:10 14:00:45+02:00, 2011:10:10 14:00:45+02:00, 2011:10:10 14:06:47+02:00, 2011:10:10 14:18:25+02:00, 2011:10:10 15:12:06+02:00, 2011:10:10 16:30:06+02:00, 2011:10:10 16:30:36+02:00, 2011:10:10 17:36:09+02:00, 2011:10:10 17:39:55+02:00, 2011:10:13 00:38:04+02:00, 2011:10:13 00:56:41+02:00, 2011:10:13 10:01:39+02:00, 2011:10:17 14:56:05+02:00, 2011:10:17 15:01:40+02:00, 2011:10:23 12:18:14+02:00, 2011:10:24 15:34:53+02:00, 2011:10:24 16:26:37+02:00, 2011:10:24 16:37:08+02:00, 2011:10:24 16:44:16+02:00, 2011:10:24 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